Fabrication Enterprises Anatomical Model - Flat Foot (Pes Panus)

Anatomical Model - Flat Foot (Pes Panus)

This anatomical model shows a flat foot, also known as pes panus, with both superficial anatomy and internal structures represented. It is a practical teaching and demonstration aid for settings where buyers need a visual view of bones, muscles, ligaments, and nerves involved in a flat foot. The model measures 4.7 inch L x 9.4 inch W x 3.9 inch H.

Good Fit For

• Anatomy teaching and demonstration
• Clinical education settings
• Patient education discussions

Key Features

• Flat foot anatomical model for visual study and demonstration
• Shows superficial structures for an easy external view
• Represents internal bones, muscles, ligaments, and nerves
• High quality model for anatomy-focused instruction or reference
• Compact footprint at 4.7 inch L x 9.4 inch W x 3.9 inch H

Applications and Usage

• Demonstrating the anatomy of a flat foot during instruction
• Supporting visual explanation of pes panus in educational settings
• Using as a reference model when discussing foot structures

Packaging and Handling

• Packaging: EA.
• Size: 4.7".
• This model focuses on flat foot anatomy rather than a general foot overview.
• Buyers looking for internal structure visibility should note that bones, muscles, ligaments, and nerves are represented.
• Check the model dimensions to confirm it fits your display or teaching space.

FAQ

• What anatomy does this flat foot model show? This anatomical model shows superficial structures of a flat foot along with internal bones, muscles, ligaments, and nerves.
• Is this model appropriate for teaching pes panus anatomy? Yes. The model is specifically made to depict a flat foot, also called pes panus, and gives a clear visual representation of the anatomy.
• What size is the model? The model measures 4.7 inch L x 9.4 inch W x 3.9 inch H.
• Would this work for anatomy demonstration or patient discussion? Yes. A flat foot anatomical model can help with visual explanation in educational or demonstration settings where a physical reference is useful.

From 3B Scientific by Fabrication Enterprises.